This document provides a template for designing a CLIL didactic unit on different paradigms of the universe. The unit is aimed at 1st year Baccalaureate students and is taught in Philosophy by Lourdes Cardenal Mogollón. The template outlines the learning outcomes, subject content, language content, contextual elements, cognitive processes, tasks and activities, methodology, resources, and evaluation criteria. The tasks and activities are designed to help students understand paradigm concepts, compare views of the universe throughout history, and relate worldviews to conceptions of humanity. A variety of interactive methods are used over 9 sessions, including games, group work, and digital tools.
Final research about new methodologies.
"In Search of a Unified Theory of the New Methodologies for the 21st Century" Erasmus + Project.
Colegio Ntra. Sra. del Carmen (Maristas, Badajoz, Spain)
Tevfik İleri Anadolu Lisesi , Rize TURKEY.
This lesson plan has students work collaboratively in groups to research and create educational resources about cellular respiration. Students take on roles like tutorial designers, scribes, researchers, and coordinators to develop videos, notes, diagrams and organize hands-on activities. By contributing these resources, students gain a deeper understanding of concepts like glycolysis, the Krebs cycle and ATP synthesis. The resources are then shared online for the whole class to use in learning about how organisms generate energy through cellular respiration.
This document outlines a 6-week unit plan using Edmodo for a 6th grade Earth Science class project on earthquakes. Students will be divided into news reporting groups to research different earthquake-related topics like causes, study, locations, and preparedness. They will use Edmodo for collaborative work and to post questions and findings. Groups will create presentations and students will assume professional roles like scientists or reporters. The goal is for students to explain earthquakes and preparedness. Formative assessments include group discussions and quizzes. A summative assessment rubric will evaluate final newscast presentations. Accommodations are provided for different learners. The unit aligns to California earth science and technology standards.
Collaborative Learning Methodology. Master Class on Imagineering 2011Imagineering Academy
Presentation given by Dr. Celiane Camargo-Borges on May 10th, 2011 for the Master Class on Imagineering in the NHTV Breda University of Applied Sciences in the Netherlands.
The document provides information about interactive whiteboards (IWBs) and lesson planning for IWBs. It discusses Madeline Hunter's Essential Elements of Instruction model and the 5E inquiry model for science lessons. It then provides an example IWB lesson plan on the life cycle of butterflies that incorporates these models into 6 slides: 1) engage with prior knowledge, 2) introduce objectives, 3) provide content, 4) model, 5) guided practice, 6) assessment. The lesson allows structuring an interactive lesson within one class period and follows workshop and inquiry-based models.
This document outlines a CLIL didactic unit on plant nutrition for a 2nd year secondary education course. The unit will take place over two weeks and six sessions. It will cover topics like photosynthesis, transport in plants, and plant respiration. Students will develop their understanding of how plants obtain nutrients and produce organic substances. A variety of activities are proposed, including analyzing articles, creating concept maps, extracting information from videos, and conducting experiments. Students will be evaluated based on criteria like identifying inorganic plant nutrients and explaining how plants produce organic substances in their leaves.
EUROCALL Teacher Education SIG Workshop 2010 Presentation Gary MotteramThe Open University
The document discusses several topics related to social and professional identity in education:
1) Examples of real-world research projects and their messy but vital nature.
2) The sociocultural paradigm and how it defines learning as a social activity.
3) The concept of "bricolage" or fashioning research instruments from available materials.
4) The development of a community of practice for teachers using a virtual world to support ongoing professional development.
The NETS*S Assessment Benchmarks for Grades 2 and 5 are used as guides to ensure that all the NETS*S (PK-5) are being covered in the elementary curriculum. Each teacher-created lesson presented shows how the technology standards are covered through critical thinking, interactive cross-curricular activities. These lessons provide the students with the skills needed to perform successfully on the suggested NETS*S assessments.
Final research about new methodologies.
"In Search of a Unified Theory of the New Methodologies for the 21st Century" Erasmus + Project.
Colegio Ntra. Sra. del Carmen (Maristas, Badajoz, Spain)
Tevfik İleri Anadolu Lisesi , Rize TURKEY.
This lesson plan has students work collaboratively in groups to research and create educational resources about cellular respiration. Students take on roles like tutorial designers, scribes, researchers, and coordinators to develop videos, notes, diagrams and organize hands-on activities. By contributing these resources, students gain a deeper understanding of concepts like glycolysis, the Krebs cycle and ATP synthesis. The resources are then shared online for the whole class to use in learning about how organisms generate energy through cellular respiration.
This document outlines a 6-week unit plan using Edmodo for a 6th grade Earth Science class project on earthquakes. Students will be divided into news reporting groups to research different earthquake-related topics like causes, study, locations, and preparedness. They will use Edmodo for collaborative work and to post questions and findings. Groups will create presentations and students will assume professional roles like scientists or reporters. The goal is for students to explain earthquakes and preparedness. Formative assessments include group discussions and quizzes. A summative assessment rubric will evaluate final newscast presentations. Accommodations are provided for different learners. The unit aligns to California earth science and technology standards.
Collaborative Learning Methodology. Master Class on Imagineering 2011Imagineering Academy
Presentation given by Dr. Celiane Camargo-Borges on May 10th, 2011 for the Master Class on Imagineering in the NHTV Breda University of Applied Sciences in the Netherlands.
The document provides information about interactive whiteboards (IWBs) and lesson planning for IWBs. It discusses Madeline Hunter's Essential Elements of Instruction model and the 5E inquiry model for science lessons. It then provides an example IWB lesson plan on the life cycle of butterflies that incorporates these models into 6 slides: 1) engage with prior knowledge, 2) introduce objectives, 3) provide content, 4) model, 5) guided practice, 6) assessment. The lesson allows structuring an interactive lesson within one class period and follows workshop and inquiry-based models.
This document outlines a CLIL didactic unit on plant nutrition for a 2nd year secondary education course. The unit will take place over two weeks and six sessions. It will cover topics like photosynthesis, transport in plants, and plant respiration. Students will develop their understanding of how plants obtain nutrients and produce organic substances. A variety of activities are proposed, including analyzing articles, creating concept maps, extracting information from videos, and conducting experiments. Students will be evaluated based on criteria like identifying inorganic plant nutrients and explaining how plants produce organic substances in their leaves.
EUROCALL Teacher Education SIG Workshop 2010 Presentation Gary MotteramThe Open University
The document discusses several topics related to social and professional identity in education:
1) Examples of real-world research projects and their messy but vital nature.
2) The sociocultural paradigm and how it defines learning as a social activity.
3) The concept of "bricolage" or fashioning research instruments from available materials.
4) The development of a community of practice for teachers using a virtual world to support ongoing professional development.
The NETS*S Assessment Benchmarks for Grades 2 and 5 are used as guides to ensure that all the NETS*S (PK-5) are being covered in the elementary curriculum. Each teacher-created lesson presented shows how the technology standards are covered through critical thinking, interactive cross-curricular activities. These lessons provide the students with the skills needed to perform successfully on the suggested NETS*S assessments.
The document describes the Catalyst Charter Middle School's blended learning approach, which includes (1) project-based learning integrated into the curriculum, (2) technology integration for global understanding, and (3) inquiry-based, multi-age learning communities. It provides details on the school's math, world languages, art, and PE instruction, as well as examples of student projects and the technology used to support flipped lessons.
The document describes the Catalyst Charter Middle School's blended learning approach which includes:
1) Project-based learning integrated into the curriculum using technology and collaboration.
2) Standards-based math, reading, and seminar classes as well as electives like band, choir, and world languages.
3) A focus on STEM, global citizenship, and digital literacy through differentiated instruction and student-directed projects.
The document describes the Catalyst Charter Middle School's blended learning approach, which includes (1) project-based learning integrated into the curriculum, (2) technology integration, (3) inquiry-based and multi-age learning, and (4) standards-based seminars and projects. It provides details on courses, schedules, technology used, examples of student projects, and resources for implementing a flipped classroom model.
The document provides instructions for a mock student project on creating a "United States Melting Pot" slideshow. Students will work in groups, with one student in each group interviewing a family member who immigrated to the US. The other students will research the immigrant's country of origin. When complete, each group will present their findings and all groups will combine their work into a class slideshow depicting the classroom as a "melting pot." The document outlines the project implementation over three sessions, with students learning about each other's cultural backgrounds in session one, developing research questions in session two, and presenting their findings in session three. Students are instructed to develop and submit a written narrative outlining how their proposed project satisfies the elements
David A. Kolb developed the experiential learning theory which emphasizes a four stage learning cycle of concrete experience, reflective observation, abstract conceptualization, and active experimentation. Kolb's theory identifies four learning styles - assimilating, diverging, converging, and accommodating - that are suited to different stages of the learning cycle. The theory provides guidance for teachers and students in incorporating hands-on learning, reflection, conceptualization, and planning into classroom activities both with and without technology.
Trials and tribunals: consensus seeking in the approval of course design in H...edsrpp
The document describes research into curriculum design and approval processes in UK higher education. It presents three research questions focusing on the teaching practices and values that shape curriculum design, the characteristics of course planning, and curriculum approval practices. The conceptual framework draws on theories of critical realism, social realism, and institutional rationality. Empirical stages include cross-institutional case studies of curriculum sharing, and single-institution case studies of curriculum design and the approval process. Data collection involves interviews, documentation, and observations of approval panels. Thematic analysis of the data codes it according to conceptual categories related to collegial, bureaucratic, and consensus-seeking approaches to curriculum.
The document discusses key ingredients for an effective English language classroom. It identifies several essential elements, including:
1. Having an inspired and happy teacher who models reflective teaching.
2. Creating a student-centered classroom that lowers students' affective filters through needs analysis and a comfortable environment.
3. Incorporating fun, laughter, and activities that engage different learning styles like Nation's 25% rule on meaningful input and output.
4. Adapting lessons through supplemental materials, technologies, and cooperative learning strategies to maximize student engagement and interaction.
This document discusses thinking routines and their potential use in CLIL (Content and Language Integrated Learning) classrooms. It defines thinking routines as simple patterns of thinking that make the thinking process visible. The document explores how thinking routines can support learning by activating prior knowledge, encouraging questions, and promoting social construction of knowledge. It then analyzes three specific routines - Think-Puzzle-Explore, Circle of Viewpoints, and See-Think-Wonder - and provides examples of how they have been used in Spanish CLIL classrooms to support both content learning and language development.
The document discusses key ingredients for an effective English language teaching methodology. It recommends (1) having an inspired and happy teacher, (2) creating a student-centered classroom, and (3) lowering students' affective filters through fun activities and adapting to their interests and learning styles. Specific techniques mentioned include using entry points, brain-based activities, cooperative learning, thinking routines, and speaking frames to engage students.
Promoting primary children’s verbal reflections on fraction tasks in an explo...italk2learn
The document discusses a study that explored using an exploratory learning environment and speech-enhanced interaction to help primary school children develop conceptual understanding of fractions. It found that encouraging students to verbally reflect on fraction tasks while interacting with the exploratory environment helped facilitate conceptual knowledge development. The study also found that prompting students to explain their thinking and having them verbalize concepts using proper terminology supported learning, even for students not talking aloud.
This 2-4 week kindergarten science unit teaches students about the life cycle of butterflies. Students will raise caterpillars in class and observe their metamorphosis. They will create a digital book demonstrating each stage of the butterfly's life cycle using images and text. Working in groups, students will add their sections to the book and present their findings to the class. The goals are for students to understand what butterflies need to survive and be able to present their knowledge using technology skills like adding images and text to a digital book.
The document provides an overview of the Postgraduate Certificate in Academic Practice (PGCAP) induction event. It introduces the PGCAP team and aims of the program. It outlines the intended learning outcomes of the core module which focuses on examining effective teaching practices. It then details the agenda for the induction event which includes introductions, an overview of the program structure and requirements, and information on the core module and online learning spaces.
The document summarizes a workshop on embedding digital literacy using the Viewpoints framework. [1] The Viewpoints project provides tools to promote curriculum design from the learner perspective. [2] The workshop demonstrated the Information Literacy theme which uses the SCONUL 7 Pillars to identify principles for student interactions with information. [3] Participants worked in groups to apply the principles to sample course scenarios.
Using hands on activities in the science classroomBecky Hardner
Teachers will learn to implement hands-on science activities in their classrooms through a web-based tutorial. The goals are for teachers to use at least 3 hands-on activities per week by December 2012. Objectives include incorporating 1 activity most weeks in October, 2 activities most weeks in November, and 3 activities each week in December. Reasons for using hands-on activities include engagement, retention, and higher-level thinking. Tips are provided on grouping students, lesson planning, room arrangement, finding materials and ideas.
The document discusses the Wolfson Reward Programme created by RLO-CETL to develop reusable learning objects (RLOs) through harnessing the expertise of excellent teachers. It describes what RLOs are, desirable qualities that make them reusable, and stages of the Reward Programme which brings together multi-disciplinary teams to create RLOs through workshops and master classes. The overall aim is to share and reuse RLOs across higher education institutions while also providing professional development for teachers.
The document provides an outline for a course on "Understanding the Self" that aims to help students develop a better understanding of their personal identity. It includes the course description, intended learning outcomes, and a week-by-week lesson plan covering topics like philosophical, psychological, and cultural perspectives on the self; physical, emotional and social aspects of identity development; and strategies for self-management. A variety of active learning methods are proposed to be used, like flipped classroom, group discussions, case studies and reflective journaling. Student learning will be assessed through quizzes, tests, and rubric-based evaluation of assignments. The goal is for students to gain insight into the factors that shape the self and to acquire skills for
The document provides an overview of a training session on teaching languages at key stage 3. It discusses several key points:
1. The session will reflect on what and how students are learning languages in key stage 3 and provide practical ideas to take away.
2. A working model of the key stage 3 curriculum will be discussed and sample activities modeled to demonstrate underlying principles.
3. Participants will have the opportunity to reflect on their own learning.
1. The document provides resources and guidance for teaching a unit on dichotomous keys using the state science standards.
2. It outlines the relevant TEKS and breaks down the verbs and nouns.
3. Sample lesson plans are suggested that engage students, directly relate to the TEKS, and provide activities, assessments and differentiation.
Tesis de final de Maestría de la alumna de FUNIBER Maria Fernanda Osorio sobre el diseño de dos unidades para el curso de inglés online con fines académicos.
This document is from a student's workbook for a course on ethics and values. It discusses using a metacognition ladder for each activity to help students reflect, think orderly, and be aware of what and why they are learning each day. The workbook contains sections for the student to place insignia they earn for the topic, conclusions from group work, personal reflections, findings from the group, and questions from classmates.
Este documento presenta una introducción a un curso sobre valores éticos. Explica que se utilizará una escalera de metacognición para reflexionar sobre las actividades de aprendizaje. También incluye secciones para que el estudiante pegue insignias de logros y complete reflexiones y conclusiones después de cada actividad.
The document describes the Catalyst Charter Middle School's blended learning approach, which includes (1) project-based learning integrated into the curriculum, (2) technology integration for global understanding, and (3) inquiry-based, multi-age learning communities. It provides details on the school's math, world languages, art, and PE instruction, as well as examples of student projects and the technology used to support flipped lessons.
The document describes the Catalyst Charter Middle School's blended learning approach which includes:
1) Project-based learning integrated into the curriculum using technology and collaboration.
2) Standards-based math, reading, and seminar classes as well as electives like band, choir, and world languages.
3) A focus on STEM, global citizenship, and digital literacy through differentiated instruction and student-directed projects.
The document describes the Catalyst Charter Middle School's blended learning approach, which includes (1) project-based learning integrated into the curriculum, (2) technology integration, (3) inquiry-based and multi-age learning, and (4) standards-based seminars and projects. It provides details on courses, schedules, technology used, examples of student projects, and resources for implementing a flipped classroom model.
The document provides instructions for a mock student project on creating a "United States Melting Pot" slideshow. Students will work in groups, with one student in each group interviewing a family member who immigrated to the US. The other students will research the immigrant's country of origin. When complete, each group will present their findings and all groups will combine their work into a class slideshow depicting the classroom as a "melting pot." The document outlines the project implementation over three sessions, with students learning about each other's cultural backgrounds in session one, developing research questions in session two, and presenting their findings in session three. Students are instructed to develop and submit a written narrative outlining how their proposed project satisfies the elements
David A. Kolb developed the experiential learning theory which emphasizes a four stage learning cycle of concrete experience, reflective observation, abstract conceptualization, and active experimentation. Kolb's theory identifies four learning styles - assimilating, diverging, converging, and accommodating - that are suited to different stages of the learning cycle. The theory provides guidance for teachers and students in incorporating hands-on learning, reflection, conceptualization, and planning into classroom activities both with and without technology.
Trials and tribunals: consensus seeking in the approval of course design in H...edsrpp
The document describes research into curriculum design and approval processes in UK higher education. It presents three research questions focusing on the teaching practices and values that shape curriculum design, the characteristics of course planning, and curriculum approval practices. The conceptual framework draws on theories of critical realism, social realism, and institutional rationality. Empirical stages include cross-institutional case studies of curriculum sharing, and single-institution case studies of curriculum design and the approval process. Data collection involves interviews, documentation, and observations of approval panels. Thematic analysis of the data codes it according to conceptual categories related to collegial, bureaucratic, and consensus-seeking approaches to curriculum.
The document discusses key ingredients for an effective English language classroom. It identifies several essential elements, including:
1. Having an inspired and happy teacher who models reflective teaching.
2. Creating a student-centered classroom that lowers students' affective filters through needs analysis and a comfortable environment.
3. Incorporating fun, laughter, and activities that engage different learning styles like Nation's 25% rule on meaningful input and output.
4. Adapting lessons through supplemental materials, technologies, and cooperative learning strategies to maximize student engagement and interaction.
This document discusses thinking routines and their potential use in CLIL (Content and Language Integrated Learning) classrooms. It defines thinking routines as simple patterns of thinking that make the thinking process visible. The document explores how thinking routines can support learning by activating prior knowledge, encouraging questions, and promoting social construction of knowledge. It then analyzes three specific routines - Think-Puzzle-Explore, Circle of Viewpoints, and See-Think-Wonder - and provides examples of how they have been used in Spanish CLIL classrooms to support both content learning and language development.
The document discusses key ingredients for an effective English language teaching methodology. It recommends (1) having an inspired and happy teacher, (2) creating a student-centered classroom, and (3) lowering students' affective filters through fun activities and adapting to their interests and learning styles. Specific techniques mentioned include using entry points, brain-based activities, cooperative learning, thinking routines, and speaking frames to engage students.
Promoting primary children’s verbal reflections on fraction tasks in an explo...italk2learn
The document discusses a study that explored using an exploratory learning environment and speech-enhanced interaction to help primary school children develop conceptual understanding of fractions. It found that encouraging students to verbally reflect on fraction tasks while interacting with the exploratory environment helped facilitate conceptual knowledge development. The study also found that prompting students to explain their thinking and having them verbalize concepts using proper terminology supported learning, even for students not talking aloud.
This 2-4 week kindergarten science unit teaches students about the life cycle of butterflies. Students will raise caterpillars in class and observe their metamorphosis. They will create a digital book demonstrating each stage of the butterfly's life cycle using images and text. Working in groups, students will add their sections to the book and present their findings to the class. The goals are for students to understand what butterflies need to survive and be able to present their knowledge using technology skills like adding images and text to a digital book.
The document provides an overview of the Postgraduate Certificate in Academic Practice (PGCAP) induction event. It introduces the PGCAP team and aims of the program. It outlines the intended learning outcomes of the core module which focuses on examining effective teaching practices. It then details the agenda for the induction event which includes introductions, an overview of the program structure and requirements, and information on the core module and online learning spaces.
The document summarizes a workshop on embedding digital literacy using the Viewpoints framework. [1] The Viewpoints project provides tools to promote curriculum design from the learner perspective. [2] The workshop demonstrated the Information Literacy theme which uses the SCONUL 7 Pillars to identify principles for student interactions with information. [3] Participants worked in groups to apply the principles to sample course scenarios.
Using hands on activities in the science classroomBecky Hardner
Teachers will learn to implement hands-on science activities in their classrooms through a web-based tutorial. The goals are for teachers to use at least 3 hands-on activities per week by December 2012. Objectives include incorporating 1 activity most weeks in October, 2 activities most weeks in November, and 3 activities each week in December. Reasons for using hands-on activities include engagement, retention, and higher-level thinking. Tips are provided on grouping students, lesson planning, room arrangement, finding materials and ideas.
The document discusses the Wolfson Reward Programme created by RLO-CETL to develop reusable learning objects (RLOs) through harnessing the expertise of excellent teachers. It describes what RLOs are, desirable qualities that make them reusable, and stages of the Reward Programme which brings together multi-disciplinary teams to create RLOs through workshops and master classes. The overall aim is to share and reuse RLOs across higher education institutions while also providing professional development for teachers.
The document provides an outline for a course on "Understanding the Self" that aims to help students develop a better understanding of their personal identity. It includes the course description, intended learning outcomes, and a week-by-week lesson plan covering topics like philosophical, psychological, and cultural perspectives on the self; physical, emotional and social aspects of identity development; and strategies for self-management. A variety of active learning methods are proposed to be used, like flipped classroom, group discussions, case studies and reflective journaling. Student learning will be assessed through quizzes, tests, and rubric-based evaluation of assignments. The goal is for students to gain insight into the factors that shape the self and to acquire skills for
The document provides an overview of a training session on teaching languages at key stage 3. It discusses several key points:
1. The session will reflect on what and how students are learning languages in key stage 3 and provide practical ideas to take away.
2. A working model of the key stage 3 curriculum will be discussed and sample activities modeled to demonstrate underlying principles.
3. Participants will have the opportunity to reflect on their own learning.
1. The document provides resources and guidance for teaching a unit on dichotomous keys using the state science standards.
2. It outlines the relevant TEKS and breaks down the verbs and nouns.
3. Sample lesson plans are suggested that engage students, directly relate to the TEKS, and provide activities, assessments and differentiation.
Tesis de final de Maestría de la alumna de FUNIBER Maria Fernanda Osorio sobre el diseño de dos unidades para el curso de inglés online con fines académicos.
This document is from a student's workbook for a course on ethics and values. It discusses using a metacognition ladder for each activity to help students reflect, think orderly, and be aware of what and why they are learning each day. The workbook contains sections for the student to place insignia they earn for the topic, conclusions from group work, personal reflections, findings from the group, and questions from classmates.
Este documento presenta una introducción a un curso sobre valores éticos. Explica que se utilizará una escalera de metacognición para reflexionar sobre las actividades de aprendizaje. También incluye secciones para que el estudiante pegue insignias de logros y complete reflexiones y conclusiones después de cada actividad.
Este documento presenta una propuesta para gamificar la asignatura de Filosofía de 1o de Bachillerato. Los estudiantes adoptarán roles de héroes en Filoland y completarán misiones centradas en los contenidos de la asignatura. Al completar las misiones y entrenamientos diarios, los estudiantes ganarán recompensas e insignias que les otorgarán beneficios, y subirán de nivel mejorando sus habilidades. El objetivo es desarrollar destrezas de pensamiento filosófico de manera significativa y entretenida
Este documento contiene las respuestas a varias preguntas y acertijos de un juego de aventuras filosóficas. Proporciona información sobre conceptos y autores filosóficos como Platón, Aristóteles, Kant, Descartes, Nietzsche y Heráclito. También incluye claves numéricas y de colores para avanzar en el juego.
Este documento presenta una serie de preguntas sobre conceptos y teorías filosóficas. El jugador debe responder correctamente a las preguntas para avanzar en el juego "MAGIC MAZE: Philo adventure" y evitar penalizaciones de tiempo. Las preguntas cubren temas como las teorías de Aristóteles, Platón, Descartes, Kant, Nietzsche y Marx.
Este documento presenta una serie de pistas y acertijos que deben resolverse para avanzar en la historia. Se pide ordenar cronológicamente eventos, descifrar códigos, identificar detalles en imágenes, y responder preguntas sobre conceptos y autores filosóficos como Aristóteles y Kant para desentrañar los acertijos. Resolviendo cada paso se desbloquea el siguiente nivel hasta alcanzar el objetivo final.
Para resolver un problema rápidamente, se recomienda comenzar con el sobre naranja y luego resolver los sobres de los demás colores con el número 1, seguido de los sobres con el número 2 y finalmente los sobres con el número 3. Siguiendo este orden se podrá resolver el problema más rápido y con mayor probabilidad de éxito que otros métodos.
Este juego de mesa tiene como objetivo que un grupo de aventureros encuentre 4 objetos perdidos de diferentes colores en un centro comercial dentro de un tiempo límite de 60 minutos. Para encontrar los objetos, los jugadores deben investigar el centro comercial moviendo sus peones y resolviendo acertijos. Una vez encontrados los objetos, deben responder una pregunta final y escapar por las salidas correspondientes a cada color sin poder hablar para evitar penalizaciones de tiempo. Gana el equipo que complete la misión en menos tiempo.
Este documento presenta las reglas para jugar al juego de mesa Scrabble lógico. Se juega en parejas con 4-5 parejas máximo y una persona como juez. Cada pareja recibe 6 fichas al azar y 3 cartas de la primera fase. La pareja que primero formalice correctamente una carta gana el turno, roba fichas usadas y suma puntos. El turno pasa a la pareja de la izquierda y así sucesivamente hasta completar la primera fase de cartas.
Lola, una niña irlandesa, tiene muchas preguntas sobre la vida para las cuales no encuentra respuesta. Su hermano le sugiere buscar a las 4 hadas del bosque mágico cercano, quienes pueden responder una pregunta cada una. Lola encuentra a las hadas Brandy, Ondina, Meiga y Adrielle en el bosque y cada una le responde sabiamente una de sus preguntas existenciales. Lola regresa a casa satisfecha de haber hallado las respuestas que buscaba.
Este documento presenta una lista de 12 preguntas para que un estudiante evalúe su propio aprendizaje y participación después de jugar un juego filosófico con sus compañeros. Las preguntas cubren temas como los conceptos que el estudiante pudo definir y relacionar correctamente, los que necesita repasar, lo que aprendió y repasó con el juego, su capacidad para respetar las reglas y aceptar ganar o perder, y las habilidades que desarrolló.
A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
How to Fix the Import Error in the Odoo 17Celine George
An import error occurs when a program fails to import a module or library, disrupting its execution. In languages like Python, this issue arises when the specified module cannot be found or accessed, hindering the program's functionality. Resolving import errors is crucial for maintaining smooth software operation and uninterrupted development processes.
Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
Exploiting Artificial Intelligence for Empowering Researchers and Faculty,
International FDP on Fundamentals of Research in Social Sciences
at Integral University, Lucknow, 06.06.2024
By Dr. Vinod Kumar Kanvaria
it describes the bony anatomy including the femoral head , acetabulum, labrum . also discusses the capsule , ligaments . muscle that act on the hip joint and the range of motion are outlined. factors affecting hip joint stability and weight transmission through the joint are summarized.
हिंदी वर्णमाला पीपीटी, hindi alphabet PPT presentation, hindi varnamala PPT, Hindi Varnamala pdf, हिंदी स्वर, हिंदी व्यंजन, sikhiye hindi varnmala, dr. mulla adam ali, hindi language and literature, hindi alphabet with drawing, hindi alphabet pdf, hindi varnamala for childrens, hindi language, hindi varnamala practice for kids, https://www.drmullaadamali.com
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
This document provides an overview of wound healing, its functions, stages, mechanisms, factors affecting it, and complications.
A wound is a break in the integrity of the skin or tissues, which may be associated with disruption of the structure and function.
Healing is the body’s response to injury in an attempt to restore normal structure and functions.
Healing can occur in two ways: Regeneration and Repair
There are 4 phases of wound healing: hemostasis, inflammation, proliferation, and remodeling. This document also describes the mechanism of wound healing. Factors that affect healing include infection, uncontrolled diabetes, poor nutrition, age, anemia, the presence of foreign bodies, etc.
Complications of wound healing like infection, hyperpigmentation of scar, contractures, and keloid formation.
How to Make a Field Mandatory in Odoo 17Celine George
In Odoo, making a field required can be done through both Python code and XML views. When you set the required attribute to True in Python code, it makes the field required across all views where it's used. Conversely, when you set the required attribute in XML views, it makes the field required only in the context of that particular view.
Reimagining Your Library Space: How to Increase the Vibes in Your Library No ...Diana Rendina
Librarians are leading the way in creating future-ready citizens – now we need to update our spaces to match. In this session, attendees will get inspiration for transforming their library spaces. You’ll learn how to survey students and patrons, create a focus group, and use design thinking to brainstorm ideas for your space. We’ll discuss budget friendly ways to change your space as well as how to find funding. No matter where you’re at, you’ll find ideas for reimagining your space in this session.
Liberal Approach to the Study of Indian Politics.pdf
Philosophy aicle
1. Template to design a CLIL didactic unit
Subject: Philosophy Teacher: Lourdes Cardenal Mogollón
Title of the Unit: The different paradigms of the universe
Course / Level: 1º Bachillerato
1. Learning outcomes
/ Evaluation criteria
1.#To#understand#the#paradigm#concept.#
2.#To#reflect#on#the#nature#and#structure#of#the#universe.#
3.#To#know#the#different#worldviews#that#have#occurred#in#history.#
4.#To#compare#the#Aristotelian#view#of#the#universe#and#the#mechanistic#
view.#
5.#To#relate#the#different#worldviews#with#the#different#conceptions#of#
the#human#being.
2. Subject Content 1.#The#concept#of#paradigm.#
2.#The#Aristotelian#vision#of#the#universe.#
3.#The#mechanistic#view#of#the#universe.#
4.#Newton's#conception#of#the#universe.#
5.#The#current#conception#of#the#universe.#
6.#The#relationship#between#the#vision#of#the#universe#and#the#vision#of#
the#human#being.
3. Language Content / Communication
Vocabulary - Nouns: Paradigm, determinism, indeterminism, universe, space,
time, prejudice, purpose, qualities, quantities, mechanicism,
corpuscles, matter, reality, inertia, force, action, reaction, gravity,
magnetism, relativity, mesh, rectilinear, celestial , body, origin,
human being, quantum physics, slit, principle, motor.
- Adjectives: Homogeneous, finite, absolute, universal,
contemporary, continuous, free, determined.
- Verbs: Predict, explain, behave, believe, change, revolutionize,
expand, verify, explode, relate, attract.
Structures Routines:##
C#What#did#Newton#think#about#the#universe?#
C#The#universe#could#be#...#
C#If#the#universe#was#determined#then#...##
C#Newton#thought#that#...#but#Einstein#argued#that#...##
C#Since#Aristotle/Newton/#Einstein…#said#that#the#universe#was#…#this#led#
people#to#believe#that#the#human#being#was#...#
C#So,#therefore,#as#a#consequence,#then,#thus#...#
2. #
Grammar.Content:#
C#Conditional#
C#Past#tense#
C#Comparative#
C#Consequences#
C#Argumentations#
#
Classroom. management. (language. for. the. classroom):# What# do# you#
think?#
Put#yourself#in#a#group#
Take#out#the#mobiles#
Do#you#think#he#has#justified#his#response?#
Pay#attention#to#the#video#
You#have#10#minutes#to#do#the#activity#
Discourse type Exposition,#description,#argument.
Language skills Writing,#reading,#speaking,#listening#and#interaction.
4. Contextual (cultural)
element
The contents are related and always start from what the student
already knows. The examples are experiential and are taken from
everyday life.
5. Cognitive (thinking)
processes
Students will work on memory, creativity, manual skill, oral
communication, argumentation, consensus search, relationship,
research, search and selection of information, problem solving,
comparison, analysis, alternative thinking, critical thinking and the
search for conclusions.
6. (a) Task(s) YOU CAN SEE ALL THE TASKS AND ACTIVITIES HERE:
https://lourdescardenal.com/2018/11/04/tema-4-cosmovisiones-
aicle/
Activity 2: Creating our universe.
Activity 6: What is dark matter (Small research with mobile
phone)
Activity 7: The enigma of the universe (Gamificated Classcraft
quest: Students will have to create a Visual Thinking and compare
all theories about universe. They will have to write a letter to
“Aletheia Princess” and explain her how each universe paradigm
affect the way we see humans)
3. 6. (b) Activities Activity 1: Brainstorming “How do you think the universe is?,
What forces govern nature? What is Space? What is Time?
Activity 3: What is a paradigm? (Relate the video to the theory)
Activity 4: PADLET: Do you believe that the universe follows
determinist laws? Can everything be predicted?
Activity 5: Explain it with your own words (After watching a video
about Newton's mechanistic paradigm and about the differences
between Newton and Einstein, they should summarize the video
with their own words)
Activity 8: El portero Baldomero: Students will play a board game
to review the main studied concepts.
7. Methodology
Organization and class
distribution / timing
The methodology will look for students to significantly build
their learning while acquiring skills and fostering their critical
thinking.
The methodologies are:
- Gamification
- Game Based Learning
- Cooperative learning
- Learning by doing (Dewey)
- Problem-based learning
- Visual Thinking
TIMING:
We will devote 9 sessions to the didactic unit.
- First session: (A1) Brainstorming (10´) + (A2) Creating our
universo (45´)
- Second session: (A2) Creating our universe (30´) + Explanation
of sections 1 and 2 of theory (25´)
- Third session: (A3) What is a paradigm? (10´) + Explanation of
sections 3 and 4 of theory (45´).
- Fourth session: (A4) Padlet: Do you think everything is
determined? (30´) + Explanation of section 5 of theory (25´).
- Fifth session: Explanation of section 6 of theory (25´) + (A5)
Video and explanation with your words (30´).
- Sixth session: (A6) What is dark matter? (30´) + Explanation of
section 7 of theory (25´).
- Seventh and eighth session: (A7) Gamified adventure.
Classcraft Quest "The enigma of the universe" (110´)
4. - Ninth session: Learning based on games and review of the
theory playing "Portero Baldomero" (55´).
CLASS DISTRIBUTION:
Activity 1: Group activity. Students sitting in pairs.
Activity 2: Team activity. Students sitting in groups of 5 (tables
together making a square). In the second phase of the activity, the
class becomes a museum.
Activity 3: Activity in pairs (whisper technique).
Activity 4: Activity carried out in the computer room. Students in
groups of 5.
Activity 5: Indicidual activity. The students are seated as a couple
but they carry out the activity individually.
Activity 6: Informal group activity (groups of 4 attending to their
disposition in class).
Activity 7: Team activity. Students sitting in groups of 5 (tables
together making a square).
Activity 8: Group activity. The class is divided into three groups
and the tables are arranged in a rectangle so that between 8 and
10 students can be seated around.
Resources / Materials YOU CAN SEE ALL THE MATERIALS AND RESOURCES
HERE:
https://lourdescardenal.com/2018/11/04/tema-4-cosmovisiones-
aicle/
Presentation to guide and support lessons:
https://www.emaze.com/@AOFIWWLQZ/fil1-6-cosmovisiones-
copy1
Videos:
https://www.youtube.com/watch?v=6o1le2GesiI
https://www.youtube.com/watch?time_continue=80&v=h38eie7mY
I0
https://www.youtube.com/watch?v=6cE1PKXj1dU
https://www.youtube.com/watch?v=DfPeprQ7oGc
https://www.youtube.com/watch?v=UjaAxUO6-Uw
Classcraft Quest:
https://www.slideshare.net/lur81/aicle-
universo?ref=https://lourdescardenal.com/2018/11/04/tema-4-
cosmovisiones-aicle/
Web 2.0 Tools (interactive activities):
- Padlet
- Classcraft
- Different webpages used by the students to research and
do activity 4.
5. Board Game: El portero Baldomero.
Key Competences Linguistic communication: Activities 1-7.
Mathematical competence and basic competences in science and
technology: Activities 3, 5, 6, 7 and 8.
Digital competence: Activities 4 and 6.
Learn to learn: Activities 2-7.
Social and civic competences: Activities 2, 4, 6, 7 and 8.
Sense of initiative and entrepreneurial spirit: Activities 1, 2, 7 and
8.
Awareness and cultural expressions: Activity 7.
8. Evaluation (criteria
and instruments)
LEARNING STANDARDS
1. Explain and compare two of the large cosmovisions of the
universe: the aristotelic organicist paradigm and the
newtonian mechanical model.
2. Describe the essential characters of the interpretation of
relativistic reality, and quantum contemporary, explaining
the philosophical implications associated with them.
3. Use with rigor epistemological and scientific terms as:
cosmovision, paradigm, universe, nature, finalism,
organicism, determinism, order, causality, conservation,
principle, mechanicism, matter, relativity, quantum, space,
time, chance, determinism, indeterminism, probability ,
gaia, chaos, among others.
4. Reflects, argued in a reasoned and creative form its own
ideas, on the philosophical implications that affect the
vision of the human being, in each of the philosophical-
scientific cosmovisions studied.
EVALUATION INSTRUMENTS:
LOOK AT THE ANNEX WITH THE SPECIFICATIONS AND
RUBRICS USED
Feel free to use this template. Thanks for attributing the source.
A first sample of this template has been published at:
Pérez Torres, I. 2009. "Apuntes sobre los principios y características de la metodología AICLE" en V.
Pavón, J. Ávila (eds.), Aplicaciones didácticas para la enseñanza integrada de lengua y contenidos.
Sevilla: Consejería de Educación de la Junta de Andalucía-Universidad de Córdoba.171-180.
It is mainly based on the hands-on experience at designing units and on conversations with
experts and peers. The theory of the 4Cs by Do Coyle has also been taken into account. This
theory has been shown in various publications, such as: Coyle, D., Hood, P. and Marsh, D.,
2010. Content and Language Integrated Learning. Cambridge University Press.
12. OBJETIVOS
Con esta aventura gamificada se pretende que los alumnos adquieran significativamente los
contenidos del tema de filosofía "Las cosmovisiones".
De este modo, los objetivos que pretendemos sean adquiridos por el alumnado son:
- Comprender el concepto de paradigma
- Ser capaz de explicar y comparar las distintas teorías sobre el universo que se han dado a
lo largo de la historia
- Lograr argumentar y concluir cómo cada visión de la realidad afecta a la visión del ser
humano.
- Fomentar la creatividad, el trabajo en equipo y la comunicación oral y escrita.
METODOLOGÍA
- Gamificación
- Trabajo cooperativo
- Aprendizaje Basado en problemas
- Aprender haciendo (Dewey)
- Visual Thinking